Реферат: Гаметоциды и их применение в селекции

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48. Bennett M. D„ Smith J. В., К e m b 1 e R. The effect of tempera­ture on me'i'osis and pollen development in wheat and rye. — Can. J. Gene­tics and Cytology, 1972, v. 14, N 4, p. 615—624.

49;. Bo.rghi B. Produzione id! sementi ibride nelle Cucurbitaceae attra-verso la regolazione dell' espressione sessuale. — Sementi elette, 1971, v. 17, N 2, p. 27—32.

50. В о r g h i В., Bonali F., Boggini G. Induction of male sterility in wheat with ethephon for hybrid seed production. — Proc. 4th Internal, Wheat Genetic Symp., 1973, p. 337-^34й.

51. Branbari M. C., Sen D. M. Effects of certain growth regulators in the sex expression of Cttrullus Lanatus. — Biochem. Physiol. Pflanz., 1973, v. 164, N 4, р. 450—453.

52. Brooks M. W., Brooks J. S., C h i e n L. The anther tapetum in cytoplasm'ic-genetic male sterile sorghum. — Amer. J. Bot., 1966, v. 53, N 9, p. 902—908.

58. В и k о v а с M. J„ S a r g e n t J. А., Р о we 11 R. G., В 1 а с k m a n G. E. Studies on foliar penetration. VIII. Effects of chlori.nation on the mo­vement of pbenoxyacetic and benzoic acids through cuticles isolated from the fruits of Lycopereicon esculentum .L. — J. Exp. Bot., 19TO, v. 22, N 72, p. 589--612.

54. .В и k o.v а с М. J. Foliar penetration of plant growth substances. — Pr. Inst. Sadown, Skierniewicoch, 1973, ,Ser. Ё, N Э, p. 255—257.

55. Burstrom H., G., Uhrstrom I., Olausson B. Influence, of auxin on young modulus in stems and roots Pisum and the theory of. chan­ging the modulus in tissus. — Physiol, Plant., 1970, v. 23, N 6, p. 1223.— 1233.

56. Chauhan S. V. S., Singh S. P. Studies on pollen abortion in Cucumis melo L. — Agra U.niv. Res. Sci., 1968, v. 17, N 1, p. И-^.12.

57. С о b 1 e A. D., S 1 i f e F. W., Butler H. S. Absorption, metabolism. and translocation of 2,4D by honeyvine milkweed. — Weed Sci., 1970, v. 18, N 5, р. 653—656.

58. D a v i e s P. J. Current theories on the mode of action of auxin — Bot. Rev., 1973, v. 39, N 2, p. 139—172.

59. D e V r i e s A. Ph., I e T. S. Electron microscopy on auth'er tissue and pollen of male sterile and fertile wheat Triticum aestivum L. — Euphy-tica, 1970, v. 19, N 2, р. 103—120.

60. D u b e у R. S. Pollen abortion in chemically induced male sterile co­riander. — J. Indian Bo't. Sci., 1970, v. 48, N 1, p. L18—424.

61. Echlin P. The role of the tapetum during microsporogenesis of an-giosperms. — Pollen Development and Physiology. London, 1971, p. 411—46.

62. Edwardson J. R. Cytoplasmic male sterility. — Bot. Rev., 1970, v. 36, N 4, р. 34'1—420.

63. Flavell R. B. A model for the mechanism of cytoplasmic male ste­rility with special reference to maize. — Plant Sci. Letters,  1974, N 3, p. 259—263.

64. G r u n P., A u b e r t i n M. Cvtological expressions of a cvtoplasmic male sterility in solanum. — Amer. J. Bot., 1966, v. 53, N 3, p. 295—301.

65. H a r a d a J., N а k а у а m а Н. Growth regulating properties of so­dium-1-(p-chlorophenyl)-l,2-dehydro-4,6-dimethyl-2-oxo-niootii:nate    (RH-531) in rice plants. — Proc. Crop. Sci. Soc. Jap., 1975, v. 44, N 3, p. 324—388.

66. H a r d i n J. W., М о r r e D. J., L e m b i C. A. Enhancement of soy­bean R'NA polymera'se activity by a factor released by auxin from plasma-membrane. — Proc. Naitl. Acad. Sci. US, 1972, v. 69, N 11, p. 31146—3.150.

67. Н а у w a r d C h. F., U r i с h Max A., F 1 у К. К., Banning E. M., Clarkson R. L., Pi.oneer H. I. Bred International. Inc., Pioneer cereal Seed. Company, Hutchinson Research Station. — Annual wheat newsletter.

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Kansas state university and Canada department of agriculture, 1974, v. 20, p. 102—1104.

68. Hecker R. J., Smith G. A. Tests of granular, ethephon as a male, gametocide on sugarbeet. — Can. J. Plant Sci., 1975, v. 55, N 2, р. 655—666.

69. Hecker R. J., T a la t В., В h a t h a g a r P. S., S m i t h G. A. Tests for chemical induction of male sterility in sugarbeet. — Can.. J. Plant Sci., 1972, v. 52, N 6, р. 937—940.

70. H es 1 о р - H a r r i s о п J. The pollen wall: structure and develop­ment. — Pollen Development and Physiology. London, 1971, p. 75—98.

71. H e s 1 op - H a r r i s on J.  Wall pattern formation in Angiospe.rm rniicros.p.orogenesis. Control Mechanisms of Growth and Differentiation. — Symp. Soc. Exp. Biol., 1971, N 25, p. 277—300.

72. H e s I op -H a rr i so n J., Mckenzie A. Autoradiography of so­luble (2-1'1C) thymidine derivatives during meiosis and microsporogenesis in Lilium anthers. — J. Cell. Sci., 1967, v. 2, N 4, p. 3W—400.

73. Hey п N. N. J. Dextranase activity and auxin induced cell elongati­on in coleop'tiles of Avena. — Biochem, Biophy.s. Res. Comm., 1970, v. 38,' M 5, p. 8311—837.

74. Hi rose Т., Fuji me Y. Studies of chemical emasculation in pep­per. — J. Japan Soc. Hort. Sci., 1973, v. 42, N 3, p. 235—240.

75. Hockett E. A. Induction of male sterility by ethrel and RH-530 on Erbert barley. — Barley Newsletter, 19711, v. 15. N 1, p. 95—98.

76. Hoeffer't L. L. Uitrastructure of tapetal cell ontogeny in Beta. — Pirotoplasma, 1971, v. 73, N 4, p. S87—406.

77. H о 11 о w а у Р. J., Barker E. A. The cuticle of some angiosperm leaves and fruits. — Ann. Appl. Biol., 1.970, v. 66, N 1, p. 145—153.

78. Horner H. T. J г., Rogers M. A. A comparative light and elect­ron microscopic study of microsporogenesis in male fertile and cytoplasmic male sterile pepper (Capsicum annuumL.).—Can. J. Bot., 1974, v. 52, № 3, p. 435—441.

79. H о w e 11 s D. J., H a m b r о о k J. L. The phyto'toxicHy of some met* hylphosphonofluoridates. — Pestic Sci., 1972, v. 3, N 3, p. 351—356.

80. Hu ghes W. G„ Bennett M. S., Bodden J. J., Galanopou-1 о и S. Effects of time of application of ethrel on male sterility and", ear emergence in wheat (T. aestivum L.).—Ann. App.1. Bliol., 1*)74,v. 76, N 2, p. 243—252.

81. Hull H. M., Morton H. L„ Wharrie J. R. Environmental in­fluence on cuticle development and resulant foliar penetration. — Bot. Re­view, 1975, v. 41, N 4, р. 421—452.

82. Izhar S„ Frankel R. Mechanism of male sterility in Petunia. The .rela'tioinshiip between ipH, ca.llase activity in .the anthers and the break­down of the microaporogenesis. — Theoret. Appl Genetic., 1971, v. 41, N 3, p. 104—Л 08.

83.JacobsonK., Papahadjopoulos D. Phase transition and phase separation in phospholipid membranes induced by changes in tempe­rature, p'H and concentration of bivalent cations. — Biochem., 1975, v.' 14, N 1, p. 152—162.

84. Jaiswal V. S., M'ohan Ram H. Y. Inhibition of GAg induced extension growth and male flower formation in female plants of Cannabis sativa by cvcloheximide. — Curr. Sci., 1974, v. 43, N 24, p. 800—801

85. Jan'C. С., Qualset С. О. Q., V о g t H. C. Chemical induction of sterility in wheat. — Euphytica, 1974, v. 23, N 1, p. 78—85.

86. Jansen L. L. Enhancement of herbicides by silicone surfactants. —-Weed. Sci., 1973, v. 2-1, N 2, p. 130—136.                   :

87. J о р р a H. A., Me N e a 1 F. H„ W a 1 s h J. R. Pollen and anther de­velopment in cytoplasmic male sterile wheat  (T.riticum aestivum L.). — Crop Sci., 1966, v. 6, N 3, р. 296—297..                  .     ...,  ,

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88. К a: no S. On the. feminization of the tassel induced by gibberelliin in Zea mays. 1. Effects of gibberellin applied at different stages of growth and the morphology of the female spikelets induced by gibberellin. — Proc. Crop. Scd. Jap., 1975, v. 44, N 2, p. 199—204.

89. К а и 1 С. L. Investigations into causes of sterility. III. Gametocide-induced male sterile Vicia laba L. — Cytologia, 19711, v. 36, •N 2, p. 2119'— 228.

90. К а и 1 С. L., S i n g h S. P. On induced male sterility in wheat sunn-hemp and onion. — Indian J. Plant Physiol., 1967, v. 10, N 2, p. 112—118.

91; Khan A. A. Primary, preventive and permissive role of hormones in plant systems. — Bot. review, 1975, v. 41, N 4, p. ЗЙГ—420.

92. Kirkwoo d R. С., Dalziel J., Matlib A., Somerville L. The role of translocation in selectivity of herbicids with reference to MCPA and MCPB. — Pesitic. Sci., 197B, v. 3, N 3, p. 307—3B.1.

93. L a s e r К. D. A light and electron microscope study of the Stamen vascular bundle in cytoplasmic male sterile and normal Sorghum bicolor. — Am. J. Bot., 1972, v. 59, p. 653.

94. Laser К. D„ L e r s t e n N. R. Anatomy and cytology of microspo­rogenesis in cytoplasmic male sterile angiosperms. — Bot. Review, 1'972, v. 38, N 3, p. 425—454.                                               .   •

96. L a w J., S t о s k о р f N. С. Further observations on ethephon (eth­rel) as a tool for developing hybrid cereals. — Can. J. Plant Sci., 1973, v. 53, N 4, р. 765—766.

96. Lercari R., Те si R. Impiego dell'Ethrel eproduzione di ibri.di. Fi in Cucutbita pepo L. e Cucurbita maxima Duch. Riv. Ortoflorofruttic. Ital., 1'9'73, an. 57, N о, р. 366—368.

97;:Lougheed E. C., Franklin E. W. Effects of temperature on ethylene:.evolution from ethephon. — Can. J. Plant Sci., 1972, v. 52, N 5, p. 768-^773.

9S. M a sc a r e n h a s J. R. The biochemistry of angiosperm pollen deve­lopment. — Bot. Review, 1975, v. 41, N 3, p. 260—314.

99. M a s и d a Y., Kamisaka S. Rapid stimulation of R'NA biosynthe­sis by ..auxin. — Plant Cell. Physiol., 1969, v. 10, N 1, p. 1—9.

100. Morton H. L., Daves F. S., M e r k 1 e M. G. Radioisotopic and gas chromatographic methods for measuring absorption and translocation of 2, 4> S-T by mesquMe. — Weed Sci, 1968, v. 116, N 1, p. 88—91.

101. Moss G. I. A cytochemical study of DNA, RNA and protein in the developing maize anther. — Ann. Bot, 1967, N 31, p. 546—572.

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